Mounting for a door leaf

ABSTRACT

A mounting for a door leaf, a fanlight leaf or the like, particularly for an all-glass leaf, has a plane clamping plate ( 1 ) and a plane counter clamping plate ( 2 ). The mounting can be attached, in the region of an edge recess ( 3 ) in a leaf edge ( 5 ) of the leaf, to the two opposite surfaces, and the leaf can be pinched between the clamping plate ( 1 ) and the counter clamping plate ( 2 ) by means of fastening screws ( 7 ) joining the clamping plate and the counter clamping plate. At the clamping plate ( 1 ) a web plate ( 9 ) is formed extending perpendicular to the clamping plate, which web plate, in the assembled condition, spans over the distance between the clamping plate ( 1 ) and the counter clamping plate ( 2 ) extending through the edge recess ( 3 ). The counter clamping plate is provided with a rectangular recess ( 17, 41 ) being adapted to the shape of the free end of the web plate ( 9 ), the web plate in the assembled condition engaging by means of its free end with the rectangular recess ( 17, 41 ). The clamping plate ( 1 ) inclusive of the web plate ( 9 ) and the counter clamping plate ( 2 ) are formed as extruded profile rails or rolled profile rails.

This application is the National Stage of International Application No.PCT/EP96/05655, filed Dec. 16, 1996, which claims priority to GermanApplication Nos. 295 20 472.9 and 295 20 471.0, both filed Dec. 22,1995.

BACKGROUND OF THE INVENTION

The invention relates to a mounting for a door leaf, a fanlight leaf orthe like, particularly for an all-glass leaf, having a plane clampingplate and a plane counter clamping plate, which, in the region of anedge recess of the leaf in a leaf edge of the leaf, can be attached tothe leaf at the two opposite surfaces, and the leaf can be pinchedbetween the clamping plate and the counter clamping plate by means offastening screws joining the clamping plate and the counter clampingplate.

For example from the DE-OS 24 32 961 it is known a mounting for anall-glass door comprising a clamping plate and a counter clamping plate,between which the door leaf can be pinched in the region of an edgerecess. At the clamping plate a lateral extension is formed, whichengages in the edge recess. Moreover, the clamping plate and the counterclamping plate comprise a recess open in direction towards the edge faceof the door leaf, in which recess an insert assembly is fixed having anopening for receiving a pin, for example, when the door leaf mounting isused as a bottom mounting, an essentially rectangular opening forreceiving a pin of a door closing mechanism the pin being rectangular inits cross section.

On the other hand from the DE-GM 94 20 766 a door leaf mounting isknown, which is formed as a casting part and which is formed with a webplate extending perpendicular to the clamping plate, at the free edge ofthe clamping plate. At the outer surface of the web plate a door closingmechanism bearing pin having a rectangular cross section is mounted bymeans of a fastening screws This door leaf mounting can also be used fordoor leafs, which do not comprise a recess, but only comprise bores forfastening screws extending through it, wherein the web plate embracesthe door leaf edge. The clamping plates comprise parts protrudinglaterally from the plate plane and having bores for receiving fasteningscrews.

SUMMARY OF THE INVENTION

It is an object of the invention, to provide a mounting of the abovementioned type, which can be manufactured easily. Preferably themounting according to the invention is to be adaptable to differentlyshaped edge recesses and is to be usable as an alternate mounting whichfits for the application at all sides of the door.

The mounting according to the invention for a door leaf, a fanlight leafor the like, particularly for an all-glass leaf, is provided with aplane clamping plate and a plane counter clamping plate, which, in theregion of an edge recess of the leaf in a leaf edge of the leaf, can beattached to the leaf at the two opposite surfaces, wherein the leaf canbe pinched between the clamping plate and the counter clamping plate bymeans of fastening screws joining the clamping plate and the counterclamping plate. At the clamping plate a web plate is formed extendingperpendicular to the clamping plate, which web plate, in the assembledcondition, extending through the edge recess, spans over the distancebetween the clamping plate and the counter clamping plate. The counterclamping plate is provided with a rectangular recess being adapted tothe free end of the web plate, the web plate in the assembled conditionengaging with its free end in the rectangular recess. According to theinvention the clamping plate inclusive of the web plate and the counterclamping plate are formed as sections cut from extruded profile rails orrolled profile rails.

According to a preferred embodiment of the invention the web plate withits outer surface is flush to that clamping plate edge face which isadjacent to the web plate, and does not extend over said clamping plateedge face. In this case the web plate is provided with an openingdefining an axis extending in a direction parallel to the plane definedby the clamping plate.

It is another preferred embodiment according to the invention, that theweb plate is arranged at the clamping plate in such a way that its outersurface is misaligned to the clamping plate edge face, and that theclamping plate comprises an open fitting recess extending from theclamping plate edge face to the web plate. Into the fitting recess aninsert plate is inserted, which is supported at the web plate. Theinsert plate is provided with an opening defining an axis extending in adirection parallel to the plane defined by the clamping plate. Theinsert plate can be a steel plate or a plate of a high strengthaluminium based alloy or a plate of another metal or a ceramic material.According to the invention the web plate also can be provided with anopening being in alignment with the opening in the insert plate.

It is particularly advantageous that according to the invention theclamping plate inclusive of the web plate, the counter clamping plateand the insert plate are formed as an extrusion profile rail or arolling profile rail, which do not comprise any protrusions extendinglaterally with respect to the extrusion or rolling direction,respectively, as, for example, bearing parts with bores for fasteningscrews or the like. As a result the respective plate parts can be cutoff from the profile rails into sections of any appropriate length.

According to a preferred embodiment of the invention the opening in theweb plate and in the insert plate, respectively, is formed as anelongated hole extending in parallel to the clamping plate. As a result,the possibility for an adjustment is provided, particularly inconnection with the reception of other components, for example a bearingpin, so that the bearing pin can be inserted in such a way, that itcomes exactly into engagement with an opposing receiver opening, forexample with a bearing bush. It is also possible to form the opening ina circular shape and to provide thereby, for example, the possibility toinsert and to press in, respectively, a circular bearing bush. Such amounting having a bearing bush pressed in can be used for a leaf of afixed fanlight, which is adjacent to a pivotable door leaf.

According to a preferred embodiment of the invention, if the mounting isto be provided with a pivotation pin, this pivotation pin can beprovided with a widened head, which is formed in a shape correspondingto the elongated hole, so that the pivotation pin can be fitted to theelongated hole of the web plate. By means of a fastening screw and awasher plate adjacent to the inner surface of the web plate, that is thesurface of the web plate which is facing the edge recess, the pivotationpin can be fixed and can be supported at the inner surface of the webplate.

According to a preferred embodiment of the invention the center of theopening in the web plate and/or in the insert plate is arranged in thecenter in the longitudinal direction of the clamping plate, whereinpreferably the web plate or the web plate and the insert plate,respectively, inclusive of the opening is formed symmetric relative tothe center in the longitudinal direction of the clamping plate. In thiscase the clamping plate inclusive of the web plate can be manufacturedof an L-profile rail or a T-profile rail, respectively, such that in theleg of the L-profile or in the web of the T-profile, respectively, whichforms the web plate, parts are removed by punching them out or cuttingthem off in the respective regions, particularly at the both lateralends of the web plate. Just as well the fitting recess can be formed bypunching out or cutting off material in an appropriate region of theprofile part. The opening in the web plate also can be formed as apunched out opening.

According to a preferred embodiment of the invention, a longitudinalgroove having an undercut is formed at a surface which is in theassembled condition the outer surface of the clamping plate and/or at arespective surface of the counter clamping plate, the longitudinalgroove extending along the clamping plate and/or the counter clampingplate, respectively, and being open to its both ends. The longitudinalgroove can have, for example, a dovetail shaped or a T-shaped crosssection, wherein T-shaped cross section means a rectangular crosssection defined by two side walls and a bottom wall, which crosssection, in those sections of the side walls which are adjacent to thebottom wall, is widened laterally by additional rectangular recesses sothat undercuts are formed. As a result overhanging sections are formedin the clamping plate and/or counter clamping plate, respectively. Theoverhanging sections have shoulders which form their edges adjacent tothe additional rectangular recesses forming the, undercut sections. Thelongitudinal groove can, for example, serve to receive a square head ofa fastening screw joining the clamping plate and the counter clampingplate and thereby to fix the fastening screw against rotation andloosening. Just as well the fastening means can be a tapped bush joinedto the square head, to which a screw engages as the counter part. Alsofurther inserts can be plugged into or inserted into the longitudinalgrooves as, for example, magnet inserts for holding the cover partprovided with a magnetizable magnet strip or the like. Further theT-shaped longitudinal groove can also serve for receiving a protrudingbracket joint, which can be used for fixing a leaf, for example afanlight leaf, to an adjacent building wall or the like. One of the legsof the bracket joint is inserted into the undercut longitudinal groovefrom one of the ends, and can be fixed by clamping it against theoverhanging shoulders delimiting the longitudinal groove, the clampingbeing realized by means of set screws which, for example abut againstthe bottom wall of the longitudinal groove. The cover parts ofconventional mountings are usually screwed by means of screws extendingin the plane of the clamping plate after the assembly. However, for amounting having a protruding bracket joint this is not possible at bothends. Therefore, from one end of the longitudinal groove the bracketjoint having, for example, a magnet pressed in is inserted, and from theother end an insert having a magnet is inserted. For this purpose thecover part comprises, in the region of the bracket joint, a recessextending over the width of the bracket joint. The cover part, intowhich, for example, a magnetizable metal strip is glued, can then put onthe mounting and is held by means of the magnet force. This holdingforce, for example, is sufficient for non pivotable fanlight panes,since these are not moved.

According to a preferred embodiment of the invention, the clamping plateand/or the counter clamping plate comprises a recess at at least one endof the longitudinal groove, and a fastening insert part is pressed intothe recess and into the end of the longitudinal groove together, whichfastening insert part preferably is of synthetic material, but also canbe of other materials as wood or metal. A through opening extendsthrough the fastening insert part in parallel to the plane defined bythe clamping plate or to the counter clamping plate, respectively, forreceiving a fastening pin or a protruding pin end extending parallel tothe longitudinal direction of the longitudinal groove. According to apreferred embodiment of the invention, for example, as well a tappedbush can be screwed or pressed into the through opening, for receivingthe fastening pin. Preferently the through opening is shaped elongated,so that it is realized a floating mounting for the tapped bush, theposition of which in the through opening can then be changed withoutapplying high forces. In this case, fastening insert parts made ofsythetic material are particularly preferred, since these are themselvesdeformable.

According to a preferred embodiment of the invention, in each clampingplate and/or counter clamping plate, a fastening insert part ofsynthetic material without a pin is pressed into the one end of thelongitudinal groove, and a fastening insert part of synthetic materialhaving a protruding pin end is pressed into the other end of thelongitudinal groove. As a cover the cover part is fixed to the clampingplate and/or the counter clamping plate, in that the protruding pin endis inserted into a respective fixing opening of the cover part. At theother end the cover part is screwed to the clamping plate or/and counterclamping plate by means of a fastening pin extending through arespective opening in the cover part and engaging with the throughopening of the fastening insert part or a tapped bush inserted into thethrough opening of the fastening insert part, respectively, and therebythe cover part is held. In this way, for fastening the cover part it isonly required one fastening screw. If the inserted tapped bushes are notexactly aligned with the center, they can be adjusted appropriatelybefore the fastening, in consequence of their floating mounting.

According to a preferred embodiment of the invention the through openingof the fastening insert part is formed with an essentially elongatedcross section, wherein the longer edges of the cross section extendessentially in parallel to the plane defined by the clamping plate. Byproviding a through opening of such a shape it is possible that thecover parts can be fixed even in case that the fixing openings in thecover part are not manufactured exactly. A further advantage is that thethrough opening in the fastening insert part has not to be manufacturedhaving an exact fit. When fastening the cover parts the fastening pincan engage with the through opening and as a result is floating mounted.In this case it is preferred that the fastening insert part ismanufactured of synthetic material, because such an insert itself isdeformable and as a result the manufacturing of an inside thread in thethrough opening is not necessary. It is also possible, that with eachclamping plate and counter clamping plate, respectively, one or bothfastening insert parts of synthetic material are provided with a magnet,and the cover parts are fixed magnetically in the way already describedabove. Dependent on the sort of application magnets having a sufficientstrength have to be used.

Further the mounting according to the invention can be easily adapted todifferently shaped edge recesses, for example of a door leaf, in that aninsert part being a separate component is put on the inner large surfaceof the web plate, which is formed adapted to the respective edge recessfor the engagement therewith. In this case the mounting according to theinvention is also appropriate for retrofitting already existing doorsand windows. The insert part, which can have a plate shape, acts as adistance holding device between the clamping plate and the counterclamping plate, the leaf being protected by the distance holding devicefrom too high pinching forces appearing, particularly in the region ofthe peripheral edge of the edge recess. Since the web plate also extendswithin the edge recess in the leaf, the dimensions of the insert partwhich is adapted to the shape of the edge recess are reduced by thedepth in the edge recess to which the web plate extends. By providingthe insert part as a separate component it is achieved that the insertpart can be also manufactured by an extrusion pressing method.

The insert part can be directly put on the clamping plate and thecounter clamping plate. However, according to a preferred embodiment ofthe invention it is also possible, to arrange between the clamping plateand/or the counter clamping plate on the one hand and the insert part onthe other hand a distance plate which is put on the door leaf. Therebydifferences of length between the inner surface of the web plate and thethickness of the leaf can be compensated.

According to a preferred embodiment of the invention, the insert part isheld in position at the clamping plate or, if a distance plate isarranged between the clamping plate and the insert part, is held inposition at the distance plate by means of positioning protrusions,particularly positioning pins. Such a distance plate itself can be heldin position at the clamping plate by means of positioning protrusions,which are preferently formed by punching, wherein a punch is pushesagainst the plate from the opposite side so that it pushes through andthe edges of the opening protrude from the plate. The positioningprotrusions can also be formed in the shape of positioning pins.

If between the clamping plate and the insert part a distance plate ofmetallic material is provided, the counter clamping plate can beelastically prestressed, that is, can be curved along the longitudinaldirection of the plate. This curvation can be compensated by elasticallybending the counter clamping plate by fastening the fastening screwsstrongly, so that in consequence the pinching force from the clampingplate and the counter clamping plate to the door leaf is increased.

By the construction of the door leaf mounting according to the inventionit can be relatively easily manufactured. The counter clamping plate,the clamping plate and the plate shaped insert part can all bemanufactured with a high quality by an extrusion process or by hotdrawing or by cold rolling, wherein the desired section parts of theprofile rail can be cut off by means of simple tools, and openings canbe easily formed by punching out pieces. As a result only low investmentcosts for the tools are required, since complicated and expensivespecial tools, as diecasting moulds and the like are not required.

The mounting according to the invention can be used as an alternatemounting, that is, it can be mounted to door leafs, fanlight leafs orthe like from both, the right and the left side, such that the boltheads of the fastening screws can always be oriented to the inner sideof the room to which the door belongs, thereby contributing to anamelioration of the security, since, in this case, the screws cannot beloosened from outside of the room. Further the mounting can be used as atop and a bottom mounting, depending on how the opening in the web plateis formed, whether it is formed as an elongated hole for receiving abottom closing mechanism or for receiving a pivotation pin, or whetherit is formed as a round hole for receiving a bearing bush. Anotherapplication for the mounting is, for example, mounting two fanlightglasses to one another. The extrusion pressing or rolling profile railshaving longitudinal grooves extending at their backside in the extrusionor rolling direction can also be used for similar mountings, for whichit is, for example, required, not to form the web plate in the center inthe longitudinal direction of the clamping plate, but to arrange the webplate laterally at the edge of the clamping plate.

BRIEF DESCRIPTION OF THE DRAWINGS

The invention is elucidated by means of exemplary embodiments, which, atleast schematically, become obvious from the drawings. In the drawings:

FIG. 1 is a perspective exploded view of a first embodiment of a lowermounting for a door leaf according to the invention,

FIG. 2 shows a side view, a front view and a perspective exploded viewof a second embodiment of a mounting for a door leaf according to theinvention,

FIG. 3 shows a side view, a front view and a perspective exploded viewof a third embodiment of a mounting for a door leaf according to theinvention,

FIG. 4 shows a side view, a front view and a perspective exploded viewof a fourth embodiment of a mounting for a door leaf according to theinvention,

FIG. 5 shows a side view, a front view and a perspective exploded viewof a fifth embodiment of a mounting for a door leaf according to theinvention,

FIG. 6 shows a perspective exploded view of a sixth embodiment of amounting for a door leaf according to the invention,

FIG. 7 shows a side view, a front view and a perspective exploded viewof a seventh embodiment of a mounting for a door leaf according to theinvention,

FIG. 8 shows different embodiments of the fastening insert parts, whichare insertable into the longitudinal grooves shown in FIG. 7, and

FIG. 9 shows two embodiments of the cover parts.

DETAILED DESCRIPTION OF THE INVENTION

The door leaf 4 shown in dashed lines in FIG. 1 comprises at its lowerdoor leaf edge 5 an edge recess 3, in the region of which edge recess 3the mounting according to the invention is attached to the door leaf 4.For that purpose the mounting comprises a clamping plate 1 and a counterclamping plate 2, which are fastened to each other by means of twofastening screws 7 extending through the edge recess 3, and therebypinching the door leaf 4 between them. At the clamping plate edge 8 ofthe clamping plate 1 which clamping plate edge 8 is adjacent to the doorleaf edge 5, is formed at the narrow edge surface side a plane web plate9 so that the clamping plate 1 and the web plate 9 has a rectangularcross section form one piece, which web plate 9 extends in a directionperpendicular to the clamping plate 1, and extends, when the mounting isfixed, through the edge recess 3 of the door leaf 4, and overlaps thecounter clamping plate 2. In the web plate 9 an essentially rectangularopening 10 is punched out which is provided for the engagement of thepin of a door closing mechanism (not shown).

At the inner large surface side of the web plate 9 is supported aninsert part 6 which can be inserted into the edge recess 3 of the doorleaf 4 with a low clearance with respect to the outline of the edgerecess 3. Further, between each of the pairs, the clamping plate 1 andthe insert part 6 and the counter clamping plate 2 and the insert part6, respectively, it is inserted a distance plate 11, 12. The insert part6 is held in position at the web plate 9. For the positioning of theinsert part 6, in the embodiment shown in FIG. 1, positioningprojections 14 in the shape of positioning pins engaging to counterbores 15 in the distance plate 11 are formed at the inner large surfaceside of the clamping plate 1 and positioning projections 13 in the shapeof positioning pins also engaging to corresponding counter bores 16 inthe distance plate are formed at that large surface side of the insertpart 6 facing the distance plate 11.

Between each of the distance plates 11, 12 and the door leaf 4additionally intermediate plates (not shown) are inserted having arecess corresponding to the edge recess 3 and being known as such, beinge.g. of plastic material, rubber or paperboard, if the door leaf 4 is anall-glass door leaf.

In the embodiments shown in FIGS. 2 and 3 the web plate 9 is joined tothe clamping plate 1 laterally of the narrow edge surface side of theclamping plate 1, that is at the large surface side, wherein the bottomside of the web plate 9 ends flush with the clamping plate edge 8. Theedge recess 3 in the door leaf edge 5 has the shape of a portion of acircle. Accordingly the plate shaped insert part 6 has the shape of acorresponding portion of a circle. In the web plate 9 two openings 10having a rectangular cross section and the cross section of an elongatedhole, respectively, are punched out, so that the web plate 9 is adaptedto be used with door closing assemblies having different types ofpivotation axis. The insert part 6 comprises two bores as through holesfor the fastening screws (not shown), which also provide for thepositioning of the insert part 6 relative to the clamping plate 1.

In the embodiment shown in FIG. 4 the edge recess 3 of the door leaf 4is essentially rectangular. Accordingly the insert part 6 also has theshape of an essentially rectangular plate. The web plate 9 is providedwith three differently formed openings 10 for receiving pins and bushes,respectively.

The mounting according to the invention can be faced in a usual way,wherein the cover parts are carried by the clamping plates themselves orby the distance plates.

The clamping plates 1, the counter clamping plates 2 and particularlythe insert parts 6 can be manufactured by an extrusion method, by hotdrawing or by profiled cold rolling. For the insert parts 6 theextrusion direction is oriented perpendicular to the plate plane of theinsert part 6, which is cut off as a slice from the extruded profilebar.

In the embodiment shown in FIG. 6 a rectangular fitting recess 39 isformed at the edge of the clamping plate 1, and the web plate 9 isformed at the clamping plate 1 such that the outer surface of the webplate 9 is positioned in the plane defined by the bottom surface of thefitting recess 39. The insert plate 38 is fitted into the fitting recess39 and sits close to the the web plate 9 such that its narrow edge sidefaces are in alignment with the narrow edge side faces of the web plate9. The insert plate 38 comprises an opening 40, which is in alignmentwith an opening 40′ of the same size in the web plate 9, when the insertplate 38 is inserted into the fitting recess 39. The insert plate 38 isfixed in position at the web plate 9 by means of two alignment pins 43and is fastened to the web plate 9 by means of two fastening screws 44.The counter clamping plate 2 is provided with a rectangular recess 41,to which, after screwing together the clamping plate 1 and the counterclamping plate 2 by means of fastening screws 45, the web plate 9 andthe insert plate 38 supported by the web plate 9 engage, so that theirnarrow free end edge faces end flush with the outer large surface of thecounter clamping plate 2.

In this embodiment very high forces can be transferred, for example froma pin of a door closing mechanism to the mounting, since the pin of thedoor closing mechanism cannot only engage with the opening 40 in theinsert plate 38, but also with the opening 40′ in the web plate 9thereby having a high working depth.

In the embodiment shown in FIG. 7 the web plate 9 is arranged in thecenter in the longitudinal direction of the clamping plate 1, whereinthe web plate 9 with its outer large surface is flush with the narrowedge surface of the clamping plate 1. The edge recess 3 in the door leaf4 has the shape of a portion of a circle as it is the case in FIG. 3.Accordingly the plate shaped insert part 6 is also formed in the shapeof a portion of a circle. In the web plate 9 an opening 10 in the shapeof an elongated hole is punched out, the web plate 9 inclusive of theopening 10 is formed symmetric with respect to the center in thelongitudinal direction of the clamping plate 1. The counter clampingplate 2 comprises a rectangular recess 17 adapted to the shape of thefree end of the web plate 9, the web plate 9 engaging with saidrectangular recess 17 in the assembled condition, so that the narrowfree end edge surface of the web plate 9 is flush with the plane definedby the outer large surface of the counter clamping plate 2.

A pivotation pin 18 can be inserted into the opening 10 in the web plate9, which pivotation pin 18 is provided with a widened head 19 shapedcorresponding to the shape of the opening 10. The pivotation pin 18 issupported at the inner large surface of the web plate 9 by means of awasher plate 20 being put on the inner large surface of the web plate 9and by means of a fastening screw 28 inserted into the pivotation pin18. In this case the insert part 6 is provided, in its contact surfaceorientated in the direction towards the web plate 9, with a recess, inwhich, in the assembled condition, the washer plate 20 is received withclearance, so that the insert part 6 is only supported by the web plate9 on both sides lateral of the washer plate 20.

The clamping plate 1 and the counter clamping plate 2 each comprise alongitudinal groove 22, 21 extending in the longitudinal direction, thatis the extrusion direction, the groove 22 in the clamping plate 1 beingformed in the shape of a dovetail and the groove 21 in the counterclamping plate 2 having a T-shaped cross section, that is a rectangularcross section defined by two side walls and a bottom wall, which crosssection, in those sections of the side walls which are adjacent to thebottom wall, is widened laterally in the shape of two additionalrectangular recesses to form an undercut. The through bores in theclamping plate 1 and in the counter clamping plate 2 for the fasteningscrews extend in parallel to the web plate 9 and run into thelongitudinal grooves 21, 22. The head of the fastening screw 29 can, forexample, be a square head, which can be inserted into the groove 21 inthe counter clamping plate 2 whereby the fastening screw 29 is lockedagainst turning and loosening.

At each of both ends of the longitudinal groove 21 in the counter pressplate 2, a recess 25 is provided extending from the bottom of the groove21 through the counter press plate 2. In each end opening in the counterpress plate 2 formed by an end of the longitudinal groove 21 and theadjacent recess 25 together, a fastening insert part 26 of syntheticmaterial is pressed. One of the fastening insert parts 26 of syntheticmaterial comprises a through opening extending in parallel to the planedefined by the counter clamping plate 2, whereas the other fasteninginsert part 26 of synthetic material is provided, in its through openingextending in parallel to the plane defined by the counter clamping plate2, with a pin pressed in the through opening and having an extending end36 extending from the fastening insert part 26 of synthetic material.

A fastening insert part 26 of synthetic material having an extending end36 is pressed in the first end of the longitudinal groove 21 in thecounter clamping plate 2, whereas a fastening insert part 26 ofsynthetic material without an extending end 36 is pressed in the otherend of the longitudinal groove 21. Instead of this also a fasteninginsert part 26 of synthetic material having a previously pressed intapped bush 42 can be used, as shown in FIG 8A.

The mounting itself is covered with a cover part 30, 31 after it ismounted to the door leaf 4, as shown in FIGS. 9A and 9B. The cover part30, 31, for example manufactured of aluminium, comprises a sheet, foldeddown along all edges so that it completely covers the respectiveclamping plate 1, 2. In one embodiment shown in FIG. 9A the cover part30 is provided with a fastening opening at each of the folded downportions at the short edges of the cover part 30. The cover part 30 isattached with one of its fastening openings to the fastening insert part26 of synthetic material the protruding end 36 of the fastening insertpart 26 of synthetic material being inserted into the fastening opening,whereas at the opposite side a headless set screw is screwed through thefastening opening in the cover part 30 into the through bore of thefastening insert part 26 of synthetic material.

In the case, that the mounting is used for the fixed leaf of a fanlight,the above described cover part 30 cannot be used. For this purpose aprotruding bracket joint 23 for fixing the mounting to, for example, abuilding wall, is inserted into the longitudinal groove 21 of thecounter clamping plate 2, as it is shown in FIG. 8B. The bracket joint23 has a fastening hole 24, and the bracket joint 23 can be fixed in thedesired position in the longitudinal groove 21 by clamping it by meansof two headless set screws 37, which extend through two threaded boresin the bracket joint 23 and abut against the bottom wall of thelongitudinal groove 21. Since the cover part 31 cannot be fixedseparately at that end, at which the bracket joint 23 is fixed, thefastening insert part 26 of synthetic material without protruding end 36which is inserted into the other end of the longitudinal groove 21 canadditionally be provided with a magnet 32 which is pressed in.Additionally a magnet 33 is provided in that leg of the bracket joint 23which is inserted into the longitudinal groove 21. The cover part 31 isprovided in the folded down edge at one of its smaller sides with arecess 34 corresponding to the bracket joint 23, and at the innersurface of the cover part 31 a magnetizable metal strip 35 is glued inplace, so that the cover part 31 is held by the magnet force withoutbeing fixed by additional means.

What is claimed is:
 1. Mounting for a door leaf, a fanlight leaf or anall-glass leaf, said leaf having two opposite surfaces, and saidmounting having a plane clamping plate and a plane counter clampingplate, which, in the region of an edge recess in a leaf edge of theleaf, can be attached to the two opposite surfaces, and the leaf can bepinched between the clamping plate and the counter clamping plate byfastening screws joining the clamping plate and the counter clampingplate, wherein at the clamping plate, a plane web plate with arectangular cross section in a direction perpendicular to the clampingplate is formed at the clamping plate and extends perpendicular to theclamping plate, such that the clamping plate and the web plate form onepiece, which plane web plate, in an assembled condition, spans over thedistance between the clamping plate and the counter clamping plate andextends through the edge recess, wherein the counter clamping plate isprovided with a rectangular recess being adapted to the shape of a freeend of the plane web plate, the free end of the plane web plate in theassembled condition engaging the rectangular recess, wherein theclamping plate, inclusive of the plane web plate and the counterclamping plate, are formed as extruded profile rails or rolled profilerails, and wherein said the mounting is adaptable to differently shapededge recesses.
 2. Mounting according to claim 1, wherein the web platewith its outer large surface ends flush with a narrow edge surface ofthe clamping plate which is adjacent to the web plate, and the web plateis provided with an opening defining an axis extending in a directionparallel to a plane defined by the clamping plate.
 3. Mounting accordingto claim 2, wherein a pivotation pin is provided, which has a widenedhead, which is adapted to fit to the opening and is supported through awasher plate at a large surface of the web plate which is facing theedge recess.
 4. Mounting according to claim 2, wherein the opening isformed as a punched out opening.
 5. Mounting according to claim 1,wherein the web plate is arranged at the clamping plate so that it ismisaligned to the adjacent narrow edge surface of the clamping plate,and the clamping plate comprises an open fitting recess extending fromthe narrow edge surface to the web plate, to which fitting recess aninsert plate is inserted and is supported at the web plate, wherein theinsert plate is provided with an opening defining an axis extending in adirection parallel to a plane defined by the clamping plate.
 6. Mountingaccording to claim 5, wherein the web plate is provided with an openingwhich is in alignment with the opening in the insert plate.
 7. Mountingaccording to claim 6, wherein an opening in the web plate and an openingin the insert plate are formed as elongated holes extending in parallelto the clamping plate.
 8. Mounting according to claim 1, wherein in asurface which is in the assembled condition the outer large surface ofthe clamping plate and/or in the counter clamping plate, a longitudinalgroove having an undercut and two ends is formed, the groove extendingin direction of the extrusion or the rolling, respectively, andextending along the clamping plate and/or the counter clamping plate,respectively, and being open at both of its ends.
 9. Mounting accordingto claim 8, wherein to one of the ends of the longitudinal groove abracket joint is inserted with one of its legs, and in the protrudingother leg of which bracket joint, at least one fastening hole is formed.10. Mounting according to claim 8, wherein a magnet insert is insertedinto the longitudinal groove.
 11. Mounting according to claim 8, whereinthe clamping plate and/or the counter clamping plate comprises a recess,at at least one end of the longitudinal groove, and into the recess andinto the end of the longitudinal groove together a fastening insert partis pressed, which comprises a through opening extending parallel to theplane defined by the clamping plate or to the counter clamping plate,respectively, for receiving a fastening pin or a protruding pin endextending parallel to the longitudinal direction of the longitudinalgroove.
 12. Mounting according to claim 11, wherein a tapped bush isfloatingly mounted in the through opening of the fastening insert partfor receiving the fastening pin.
 13. Mounting according to claim 1,wherein an insert part being formed as a separate component is supportedat an inner large surface of the web plate, which insert part is formedadapted to the edge recess for engaging to the edge recess.
 14. Mountingaccording to claim 13, wherein the center of the opening in the webplate and/or in the insert plate is arranged in the center in alongitudinal direction of the clamping plate.
 15. Mounting according toclaim 14, wherein the web plate or the web plate and the insert plate,respectively, inclusive of the opening is formed symmetric relative tothe center in the longitudinal direction of the clamping plate. 16.Mounting according to claim 13, wherein between the clamping plateand/or the counter clamping plate on the one hand, and the insert parton the other hand a distance plate is arranged.
 17. Mounting accordingto claim 13, wherein the insert part is held in position at the clampingplate.
 18. Mounting according to claim 1, wherein the counter clampingplate is prestressed elastically.
 19. Mounting for a door leaf, afanlight leaf or an all-glass leaf, said leaf having two oppositesurfaces, and said mounting having a plane clamping plate and a planecounter clamping plate, which, in the region of an edge recess in a leafedge of the leaf, can be attached to the two opposite surfaces, and theleaf can be pinched between the clamping plate and the counter clampingplate by fastening screws joining the clamping plate and the counterclamping plate, wherein at the clamping plate a plane web plate with arectangular cross-section is formed extending perpendicular to theclamping plate, which plane web plate, in an assembled condition, spansover the distance between the clamping plate and the counter clampingplate and extends through the edge recess, and wherein the counterclamping plate is provided with a rectangular recess being adapted tothe shape of a free end of the plane web plate, the free end of theplane web plate in the assembled condition engaging the rectangularrecess, wherein the clamping plate inclusive of the plane web plate andthe counter clamping plate are formed as extruded profile rails orrolled profile rails, wherein in a surface which is in the assembledcondition the outer large surface of the clamping plate and/or in thecounter clamping plate, a longitudinal groove having an undercut and twoends is formed, the groove extending in direction of the extrusion orthe rolling, respectively, and extending along the clamping plate and/orthe counter clamping plate, respectively, and being open at both of itsends and wherein a magnet insert is inserted into the longitudinalgroove.
 20. Mounting for a door leaf, a fanlight leaf or an all-glassleaf, said leaf having two opposite surfaces, and said mounting having aplane clamping plate and a plane counter clamping plate, which, in theregion of an edge recess in a leaf edge of the leaf, can be attached tothe two opposite surfaces, and the leaf can be pinched between theclamping plate and the counter clamping plate by fastening screwsjoining the clamping plate and the counter clamping plate, wherein atthe clamping plate a plane web plate with a rectangular cross-section isformed extending perpendicular to the clamping plate, which plane webplate, in an assembled condition, spans over the distance between theclamping plate and the counter clamping plate and extends through theedge recess, and wherein the counter clamping plate is provided with arectangular recess being adapted to the shape of a free end of the planeweb plate, the free end of the plane web plate in the assembledcondition engaging the rectangular recess, wherein the clamping plateinclusive of the plane web plate and the counter clamping plate areformed as extruded profile rails or rolled profile rails, wherein in asurface which is in the assembled condition the outer large surface ofthe clamping plate and/or in the counter clamping plate, a longitudinalgroove having an undercut and two ends is formed, the groove extendingin direction of the extrusion or the rolling, respectively, andextending along the clamping plate and/or the counter clamping plate,respectively, and being open at both of its ends and wherein theclamping plate and/or the counter clamping plate comprises a recess, atleast one end of the longitudinal groove, and into the recess and intothe end of the longitudinal groove together a fastening insert part ispressed, which comprises a through opening extending parallel to theplane defined by the clamping plate or to the counter clamping plate,respectively, for receiving a fastening pin or a protruding pin endextending parallel to the longitudinal direction of a longitudinalgroove.
 21. Mounting according to claim 20, wherein a tapped bush isfloatingly mounted in the through opening of the fastening insert partfor receiving the fastening pin.
 22. Mounting according to claim 20,wherein if a distance plate is arranged between the clamping plate andthe insert part, the insert part is held in position at the distanceplate by means of positioning protrusions.